inline void CachedImage::createImage()
{
// Create the image if it doesn't yet exist.
if (m_image)
return;
#if USE(CG) && !USE(WEBKIT_IMAGE_DECODERS)
else if (m_response.mimeType() == "application/pdf")
m_image = PDFDocumentImage::create(this);
#endif
else if (m_response.mimeType() == "image/svg+xml") {
RefPtr<SVGImage> svgImage = SVGImage::create(*this, url());
m_svgImageCache = std::make_unique<SVGImageCache>(svgImage.get());
m_image = svgImage.release();
} else {
m_image = BitmapImage::create(this);
downcast<BitmapImage>(*m_image).setAllowSubsampling(m_loader && m_loader->frameLoader()->frame().settings().imageSubsamplingEnabled());
}
if (m_image) {
// Send queued container size requests.
if (m_image->usesContainerSize()) {
for (auto& request : m_pendingContainerSizeRequests)
setContainerSizeForRenderer(request.key, request.value.first, request.value.second);
}
m_pendingContainerSizeRequests.clear();
}
}
inline void CachedImage::createImage()
{
// Create the image if it doesn't yet exist.
if (m_image)
return;
#if USE(CG) && !USE(WEBKIT_IMAGE_DECODERS)
else if (m_response.mimeType() == "application/pdf")
m_image = PDFDocumentImage::create(this);
#endif
else if (m_response.mimeType() == "image/svg+xml") {
auto svgImage = SVGImage::create(*this, url());
m_svgImageCache = std::make_unique<SVGImageCache>(svgImage.ptr());
m_image = WTFMove(svgImage);
} else
m_image = BitmapImage::create(this);
if (m_image) {
// Send queued container size requests.
if (m_image->usesContainerSize()) {
for (auto& request : m_pendingContainerSizeRequests)
setContainerSizeForRenderer(request.key, request.value.first, request.value.second);
}
m_pendingContainerSizeRequests.clear();
}
}
